A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniformmagnetic field of B directed at theta above the plane. The loop is confined to move horizontally and startsmoving out of the magnetic field region from rest with a constant rightward force of F applied toBWLFTop viewExpress your answers in each part symbolically with ONLY the given variables and known constants. Find the horizontal component of the magnetic force on the loop when it is moving in magnetic field at a speedV.Edit View Insert Format Tools Table12pt vParagraph v B I UAV ev T?v>

Answered: Image /qna-images/answer/e745559d-3321-4319-ae61-dfc12bf22c14.jpg

A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniform magnetic field of B directed at theta above the plane. The loop is confined to move horizontally and starts moving out of the magnetic field region from rest with a constant rightward force of F applied to it. В W

A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniform magnetic field of B directed at theta above the plane. The loop is confined to move horizontally and starts moving out of the magnetic field region from rest with a constant rightward force of F applied to it. В W